The Biomedical Science Research and Training Centre (BioRTC) welcomed approximately 80 students and three lecturers from Sa’adu Zungur University, Gadau, for a structured scientific learning visit designed to provide first-hand exposure to modern biomedical research, advanced scientific infrastructure and laboratory practice.
Rather than a conventional facility tour, the programme was designed as an immersive introduction to the research environment. Students participated in lectures, laboratory rotations, practical demonstrations and interactions with BioRTC researchers and technical staff, gaining insight into how biomedical research progresses from experimental preparation to imaging, analysis and interpretation.
The visit reflects an important part of BioRTC’s mission: making advanced biomedical science accessible to the next generation of scientists and creating opportunities for students to experience research beyond the classroom.
Exploring BioRTC’s Research Environment
The programme began with an introduction to BioRTC’s research and training mission, followed by an essential laboratory safety and emergency briefing.
To provide meaningful access while maintaining safety within an active research facility, the students were organised into smaller groups and rotated through different areas of the Centre.
Students explored BioRTC’s Main Laboratory, Genomics Laboratory, Tissue Culture Laboratory, Proteomics Laboratory, Drosophila Laboratory and Open Science Unit, where researchers and technical staff introduced them to the scientific questions, technologies and experimental approaches used across the Centre.
For many of the students, the experience provided a first opportunity to encounter sophisticated biomedical research technologies they had previously learned about primarily through lectures and textbooks.
From Sample Preparation to Advanced Imaging
The afternoon programme took the experience further through a series of practical demonstrations illustrating different stages of the research process.
Students were introduced to sample preparation, followed by confocal microscopy and image acquisition, before exploring quantitative image analysis using Fiji.
By connecting these stages, students could see how biological samples move from laboratory preparation to high-resolution imaging and ultimately to quantitative data that researchers can analyse and interpret.
Advanced microscopy was particularly popular. Feedback collected after the visit showed that confocal and fluorescence microscopy, alongside other advanced laboratory equipment, were among the most memorable aspects of the experience.
This is an important part of BioRTC’s approach to scientific capacity building. Advanced equipment alone does not create scientific capability. It must be accompanied by researchers and technical personnel who understand the technology, can apply it rigorously and can transfer that expertise to others.
Delivering Scientific Engagement at Scale
Hosting approximately 80 students within an active biomedical research environment required careful planning.
BioRTC used small-group rotations, designated scientific stations, controlled movement and continuous staff supervision to provide broad exposure to the Centre while maintaining laboratory safety and minimising disruption to ongoing research.
Technical demonstrations were complemented by a tour of the wider BioRTC premises and short recreational activities, enabling all student groups to remain engaged while preventing overcrowding of sensitive laboratory spaces.
The programme brought together researchers, technical personnel, administrative and support staff, security and the BioRTC media team. Their collective involvement demonstrated BioRTC’s capacity not only to maintain advanced research facilities, but also to use them effectively for scientific education, training and engagement.
Inspiring Future Scientists
Feedback following the visit was encouraging. Nearly three-quarters of responding students rated their interest in pursuing a research career at four or five on a five-point scale following the programme.
While the survey did not measure their level of interest before the visit—and therefore cannot establish that the programme caused an increase—the responses indicate a strong level of research interest among the participating students.
Students particularly valued seeing scientific equipment and techniques they had previously encountered theoretically. Many also expressed a desire for longer laboratory sessions and greater hands-on participation.
These insights will help BioRTC refine future scientific learning visits. Large groups can benefit from the structured rotation model, while smaller follow-up practical programmes could provide particularly interested students with more intensive laboratory experience.
For BioRTC, this is an important part of building a sustainable research ecosystem. Developing scientific capacity requires investment in laboratories, technologies and researchers, but it also requires exposing young people to what scientific careers actually look like.
By opening its laboratories to students, BioRTC is helping bridge the gap between learning science and experiencing science—giving young people an opportunity to interact with researchers, encounter advanced technologies and begin to imagine themselves contributing to the future of biomedical research in Africa.